Last updated: October 17, 2026
For most vans, the Goal Zero Yeti 700 or the newer Yeti 1000 is the practical middle of the lineup, the Yeti 1500 suits vans with induction cooking or a heavy-draw fridge-freezer, and the Yeti PRO 4000 is for large builds that want a high solar input. The smaller Yeti 300 and Yeti 500 are better treated as weekend units than as a van’s main power source. Which size you need comes down to one number: how many watt-hours your van uses in a day.
- Start with your daily watt-hours
- The current Yeti lineup at a glance
- How to match a Yeti to a van
- Solar charging and recharging
- Expandability
- Who should buy a Yeti, and who should skip
- How the Yeti compares with EcoFlow and Jackery
- Safety, mounting and care
- Decision table: pick the model that fits
- Frequently Asked Questions
Start with your daily watt-hours
Power stations are sold by capacity in watt-hours (Wh). A load’s daily energy use is its watts multiplied by the hours it runs. The figures below are typical estimates for common van loads, not brand claims, and your own appliances may differ. Check the labels on your gear.
Goal Zero Yeti 1500 Portable Power Station, Solar Generator Ready, LiFePO4 | 2,000W Inverter with 3,600W Surge, 0-80% Recharge Under 1 Hour, 4,000-Cycle/10-Year Lifespan, IPX4 Weather Resistant
Included for 'Goal Zero Yeti Power Stations for Vans: Which Size Do You Need?' because the listing specifies Solar Generator Ready and LiFePO4, details this guide uses to compare options.
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Goal Zero Yeti Portable Power Station, Yeti 700, 677 Watt Hour LiFePO4 Battery, Water Resistant & Dustproof Solar Generator for Outdoors, Camping, Tailgating, & Home, Clean Renewable Off-Grid Power
Included for 'Goal Zero Yeti Power Stations for Vans: Which Size Do You Need?' because the listing specifies Yeti 700 and 677 Watt Hour LiFePO4 Battery, details this guide uses to compare options.
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Goal Zero Yeti 1500 Power Station + Nomad 200 Solar Generator | 1,505Wh LiFePO4 Battery, 2,000W Inverter with 3,600W Surge, 0-80% Recharge Under 1 Hour, IPX4 Weatherproof Aluminum Casing
Included for 'Goal Zero Yeti Power Stations for Vans: Which Size Do You Need?' because the listing specifies 505Wh LiFePO4 Battery and 000W Inverter with 3, details this guide uses to compare options.
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Goal Zero Yeti 700 Power Station + Boulder 100 Solar Generator Bundle
Included for 'Goal Zero Yeti Power Stations for Vans: Which Size Do You Need?' as a relevant option in this category; details come from the product listing.
View on Amazon| Load | Typical draw | Hours per day | Approx. daily Wh |
|---|---|---|---|
| 12V compressor fridge | 40-60 W while running, about one-third duty cycle | 24 (cycling) | 300-500 |
| Laptop | 45-65 W | 4-6 | 200-350 |
| LED lighting | 10-20 W | 4 | 40-80 |
| Roof vent fan (MaxxFan-class) | roughly 30-40 W at top speed on typical models, far less at low speed | 4-8 | 20-150 |
| Diesel heater fan and glow plug | roughly 15-40 W for typical diesel air-heater models; check the heater manual | 8 | 120-320 |
| Phones, camera batteries, headphones | 5-20 W | varies | 30-80 |
| Induction hob or kettle | 1,000-1,800 W | 0.25-0.5 | 250-900 |
A quiet, mostly-12V van with a fridge, lights, a laptop and a fan lands around 600-1,000 Wh per day. Add an induction hob, a coffee machine or a work-from-van desktop and the figure climbs well past 1,500 Wh. Because inverter losses and battery management consume part of the rated capacity, plan for roughly 80-85 percent of the stated number being usable, and leave margin for cloudy days.
The current Yeti lineup at a glance
See also: How Many Watts of Solar Do You Need for Van Life? • Truma vs Webasto Water Heaters for Vans: Combi, Aquago and Alternatives
Goal Zero’s own pages describe a 6th-generation Yeti family that uses LiFePO4 cells rated for 4,000 cycles, with up to five years of warranty. The brand’s family page lists the Yeti 300, 500, 700, 1000, 1500 and PRO 4000, and its power station collection also shows a larger PRO 8000. The older “X” units (1000X, 1500X, 3000X, 6000X) use Li-ion NMC cells and are previous-generation models: the brand’s current collection page no longer lists them apart from open-box 1500X units, so any you find are clearance or secondhand stock.
| Model | Best for | Key stated specs (brand page unless noted) | Notable limits |
|---|---|---|---|
| Yeti 300 | Weekend trips, phones, laptop, small fan | 297 Wh, 350 W AC, 600 W surge, 200 W solar max, LiFePO4, 13.7 lb | Too small to run a fridge for a full day |
| Yeti 500 | Short trips, fridge plus electronics for about a day | 499.2 Wh, 500 W AC, 1,000 W surge, 200 W solar max, LiFePO4, about 16 lb (retailer listing) | 200 W solar cap slows recharging |
| Yeti 700 | Light full-time use with a 12V fridge and low-draw loads | 677.37 Wh, 600 W AC, 1,000 W surge, 200 W solar max, LiFePO4, 20.3 lb | No induction cooking |
| Yeti 1000 | Moderate daily use, occasional 1,000 W appliance | 998 Wh, 2,000 W AC, 3,600 W surge, up to 900 W solar input, LiFePO4, about 35 lb (retailer listings) | Newer model with few independent reviews; confirm specs on the brand page |
| Yeti 1500 | Full-time vans with a fridge, laptop and a few cooking sessions | 1,505 Wh, 2,000 W AC, 3,600 W surge, up to 900 W solar input, LiFePO4, 4,000 cycles, 52.75 lb, 5-year warranty | Heavy at over 50 lb; same 2,000 W inverter as the Yeti 1000 |
| Yeti PRO 4000 | Large builds wanting high output and fast solar charging | 3,993.6 Wh, 3,600 W AC, 7,200 W surge, 3,000 W solar max, LiFePO4, 115.7 lb, 5-year warranty | Heavy and bulky; best fixed in place |
| Yeti 1000X, 1500X, 3000X, 6000X (previous generation) | Buyers finding discounted or secondhand stock | Li-ion NMC; roughly 983-997 Wh, 1,516 Wh, 3,032 Wh and 6,071 Wh respectively (sources vary slightly); 1500 W to 2,000 W AC; about 500 cycles to 80 percent on the 1000X and 1500X | Older chemistry, heavier per Wh than LiFePO4 rivals; warranty on open-box units is reduced |
Older reviews often cover the Yeti 500X or the Yeti 1000 Core (983 Wh NMC, 1,200 W inverter); their numbers describe earlier models, not the current Yeti 500 and 1000.
How to match a Yeti to a van
Yeti 300 and 500: the weekend rig
These suit a camper van that is used a few nights at a time and recharged from the drive or from home. A Yeti 500 can cover a small fridge, lights and phone charging for roughly a day, but it is not a main battery for someone living in the van. The 200 W solar ceiling is also a limit: even a large roof array cannot feed it faster than that.
Yeti 700: light full-time use
The Yeti 700’s 677 Wh and 600 W inverter fit a fridge-and-lights van where loads are small and steady. At 677 Wh it still only gives about one day of autonomy for a typical setup, and its 200 W solar cap means recharging from a roof array is slow.
Yeti 1000 and 1500: the sweet spot
These are the models most van owners ask about. The 2,000 W inverter can start a blender, a small induction burner or a power tool, and the 900 W solar input is high enough to charge from a decent roof array. The Yeti 1500’s 1,505 Wh covers a typical 800-1,200 Wh day with a little margin, while the 998 Wh Yeti 1000 suits lighter days. Both use LiFePO4, which the brand rates at 4,000 cycles, a clear step up from the roughly 500 cycles listed for the older X models. The trade-off is weight: the Yeti 1500 is over 50 lb, so plan a secure mounting spot.
PRO 4000: heavy users
If you cook with induction, run a work setup all day or want several days without driving, the 3,993.6 Wh PRO 4000 makes more sense. Its 3,000 W solar rating, 3,600 W output and LiFePO4 chemistry make it the most van-oriented of the big units, but at 115.7 lb it should be secured to the floor structure with proper restraints, not left loose.
Solar charging and recharging
Solar capacity limits how fast a station refills. The 900 W ceiling on the Yeti 1000 and 1500 is rarely the bottleneck in a van: roof space usually is. Two 200 W panels give 400 W of nominal peak, but real output on a typical day is often well under half of that because of angle, shade and heat. A rough planning figure is 3-5 full-sun-equivalent hours, which means a 400 W array might yield 800-1,500 Wh on a decent day. The 200 W caps on the Yeti 300, 500 and 700 mean even a larger array will not recharge them faster than that cap allows.
The alternative is driving. A DC-to-DC charger connected to the starter battery can add meaningful energy during a long drive, but the specific car-charging input varies by model, so confirm the accepted voltage and amperage in the manual before buying an adapter.
Expandability
The brand lists up to four Tank PRO 4000 expansion batteries for the PRO 4000, for up to 20 kWh. Expansion options for the other models differ, and the older X models used Yeti Link modules, so confirm which expansion hardware your exact unit supports before buying. For the compact Yeti 300, 500 and 700, choose capacity with some headroom from the start.
Who should buy a Yeti, and who should skip
Buy a Yeti if
- You want a plug-and-play unit with a recognised brand and a straightforward display, not a custom battery bank.
- You need to move the unit between van, home and campsite.
- You value the 900 W solar input of the Yeti 1000 and 1500 or the 3,000 W input of the PRO 4000.
- You want LiFePO4 across the range, with the brand quoting up to five years of warranty.
Skip a Yeti if
- You live in the van full time and cycle the battery daily; a fixed LiFePO4 battery bank with an inverter-charger will usually suit that better.
- You want the lowest weight per watt-hour; several rival LiFePO4 stations are lighter at 1 kWh.
- You need to run many 12V circuits directly from a fuse box; a station is an appliance, not a van electrical system.
How the Yeti compares with EcoFlow and Jackery
EcoFlow. The brand’s DELTA 3 is listed at 1,024 Wh with 1,800 W AC output (higher with X-Boost), up to 500 W of solar input, 1,500 W wall charging and a 4,000-cycle LiFePO4 pack, at about 27.6 lb. Its warranty is listed as 5 years on the DELTA 3 and 3 years plus a 2-year extension on the DELTA 3 Classic. EcoFlow generally wins on charging speed and weight at 1 kWh; the Yeti 1000 counters with a higher 900 W solar ceiling and 2,000 W inverter.
Jackery. The Explorer 1000 v2 is listed at 1,070 Wh, 1,500 W AC and about 23.8 lb, with LiFePO4 cells and a warranty split as three years plus two extended on registration, and up to 400 W of solar input. Jackery tends to be the lightest and simplest, but its app and expansion options are narrower.
In short, the Yeti’s strengths are its brand history, the 6th-generation LiFePO4 cells and the PRO 4000’s size. Its main weakness is heavier weight per Wh than the lightest rivals, along with the older NMC chemistry in any X-series units found secondhand.
Safety, mounting and care
- Secure the unit. A 20-115 lb battery becomes a projectile in a crash. Strap it to a structural point.
- Ventilation. Keep air gaps around vents and avoid sealed cabinets.
- Temperature. Do not leave lithium stations in a hot parked van for long; consult the manual for operating and storage temperature ranges.
- Storage charge. For long storage, follow the manufacturer’s recommended charge level and top up periodically.
- Wiring. Use the cables supplied or specified. If you hard-wire anything to a station, use correctly rated fuses and wire, or consult a qualified installer.
- Warranty. The brand page shows reduced coverage (six months) on open-box units, so check the terms on any unit not bought new.
Decision table: pick the model that fits
| Pick this | If you |
|---|---|
| Yeti 300 | need phones, a laptop and a fan for weekend trips |
| Yeti 500 | want a small fridge plus electronics for a day |
| Yeti 700 | have low steady loads and prefer LiFePO4 with efficient low-draw behaviour |
| Yeti 1000 | use 600-900 Wh a day and want 2,000 W AC available |
| Yeti 1500 | use 1,000-1,300 Wh a day, cook occasionally on an induction hob |
| Yeti 1000X, 1500X, 3000X (previous generation) | find discounted stock and accept NMC chemistry and fewer rated cycles |
| Yeti PRO 4000 | want LiFePO4, 3,600 W output and a high solar input in a fixed install |
| A different brand | need lighter weight, daily full-time cycling or faster wall charging |
Frequently Asked Questions
Which Goal Zero Yeti is best for a camper van?
The Yeti 1500 is the closest match of capacity and output for a van with a fridge, laptop and occasional cooking. If your loads are light, a Yeti 700 may be enough. Add up your daily watt-hours first, then choose a unit with some headroom.
Can a Yeti run a 12V van fridge all day?
Yes, within limits. A compressor fridge typically uses several hundred watt-hours per day, so a Yeti 500 covers roughly a day with little left over, while a Yeti 1000 or 1500 gives more margin. Cold weather and door openings change the real figure.
How much solar can a Yeti accept?
The brand lists 200 W for the Yeti 300, 500 and 700, up to 900 W for the Yeti 1000 and 1500, and 3,000 W for the PRO 4000; the older X models were listed at 600 W. Panels must match the input voltage and current range stated in the manual, so check string wiring before connecting.
Are Yetis LiFePO4?
The current 6th-generation range (Yeti 300, 500, 700, 1000, 1500 and PRO 4000) uses LiFePO4 cells rated by the brand for 4,000 cycles. The previous-generation 1000X, 1500X, 3000X and 6000X use Li-ion NMC with fewer rated cycles, which matters for daily use.
Is a power station better than a fixed battery bank in a van?
A station is simpler and portable, while a fixed bank wired through a fuse block and inverter-charger usually scales better and costs less per watt-hour for full-time living. Many owners start with a station and upgrade later. For permanent wiring, follow manufacturer instructions or use a qualified installer.
Can I charge a Yeti while driving?
Many stations accept a 12V vehicle input, but the accepted power differs by model and is often modest, so a long drive may add only a fraction of a full charge. Check the manual for the supported cable and current limit before relying on it.
